Abstract: We note that one more factor is missing from Table 1 in Björn–Riesel, Factors of generalized Fermat numbers, Math. Comp. 67 (1998), 441–446, in addition to the three already reported upon in B...
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Abstract: We note that one more factor is missing from Table 1 in Björn–Riesel, Factors of generalized Fermat numbers, Math. Comp. 67 (1998), 441–446, in addition to the three already reported upon in Björn–Riesel, Table errata to “Factors of generalized Fermat numbers”, Math. Comp. 74 (2005), p. 2099.
We present simulation results of an olfactory cortex model complementing the results presented in Wright & Liley's target article. We show how the cortical dynamics as expressed in EEG can be regulated by neur...
We present simulation results of an olfactory cortex model complementing the results presented in Wright & Liley's target article. We show how the cortical dynamics as expressed in EEG can be regulated by neuromodulation and discuss how the system can attain global stability without cortical-subcortical interaction, as presumed necessary by Wright & Liley. Network structure is shown to be crucial.
The main purpose of this work is to show that the gravity term of the segregation-mixing equation of fine mono-disperse particles in a fluid can be derived from first-principles （i.e., elementary physics）. Our deriv...
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The main purpose of this work is to show that the gravity term of the segregation-mixing equation of fine mono-disperse particles in a fluid can be derived from first-principles （i.e., elementary physics）. Our derivation of the gravity-driven flux of particles leads to the simplest case of the Richardson and Zaki correlation. Stokes velocity also naturally appears from the physical parameters of the particles and fluid by means of derivation only. This derivation from first-principle physics has never been presented before. It is applicable in small concentrations of fine particles.
We have now completed volume 49 of BIT. It is time to say thank you to all that have helped us making this volume possible. These are the referees for 2009. Forgive me if I have left out somebody deserving to be on th...
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We have now completed volume 49 of BIT. It is time to say thank you to all that have helped us making this volume possible. These are the referees for 2009. Forgive me if I have left out somebody deserving to be on the list. Welcome back to the BIT family next year!
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